Sensory Perceptive and Discriminative Abilities of Patients with Occlusal Dysesthesia

Purpose: It is not rare for dentists to come across patients who complain of several uncomfortable feelings of occlusion despite the absence of any observable occlusal anomaly or discrepancy. These kinds of symptoms are well defined by the term “occlusal dysesthesia”(OD). This study evaluated the cc...

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Published inNihon Hotetsu Shika Gakkai Zasshi Vol. 49; no. 4; pp. 599 - 607
Main Authors Aridome, Kumiko, Ohyama, Takashi, Kino, Koji, Haketa, Tadasu, Baba, Kazuyoshi
Format Journal Article
LanguageJapanese
Published Japan Japan Prosthodontic Society 01.08.2005
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ISSN0389-5386
1883-177X
DOI10.2186/jjps.49.599

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Abstract Purpose: It is not rare for dentists to come across patients who complain of several uncomfortable feelings of occlusion despite the absence of any observable occlusal anomaly or discrepancy. These kinds of symptoms are well defined by the term “occlusal dysesthesia”(OD). This study evaluated the cclusal perceptive and discriminative abilities in OD patients. Methods: The sensory perceptive and discriminative abilities were tested in 8 OD patients and 31 healthy subjects as controls. All of these subjects went through three types of tests: 1) thickness discrimination test by using occlusal registration foils, 2) thickness discrimination test by using bite block, and 3) mouth opening reproducibility test. Results: The median of the foil thickness discrimination ability of the control group was 14μm and that of the patient group was 8μm. In the bite block thickness discrimination test, both groups showed less than ±1mm thickness discrimination ability on average and were able to reproduce pre-indicated mouth opening with less than 10% error. There was no significant difference in these study results between the two groups. Conclusions: Sensory perceptive and discriminative abilities of OD patients were not significantly different from those of the healthy subjects in this study sample.
AbstractList Purpose: It is not rare for dentists to come across patients who complain of several uncomfortable feelings of occlusion despite the absence of any observable occlusal anomaly or discrepancy. These kinds of symptoms are well defined by the term “occlusal dysesthesia”(OD). This study evaluated the cclusal perceptive and discriminative abilities in OD patients. Methods: The sensory perceptive and discriminative abilities were tested in 8 OD patients and 31 healthy subjects as controls. All of these subjects went through three types of tests: 1) thickness discrimination test by using occlusal registration foils, 2) thickness discrimination test by using bite block, and 3) mouth opening reproducibility test. Results: The median of the foil thickness discrimination ability of the control group was 14μm and that of the patient group was 8μm. In the bite block thickness discrimination test, both groups showed less than ±1mm thickness discrimination ability on average and were able to reproduce pre-indicated mouth opening with less than 10% error. There was no significant difference in these study results between the two groups. Conclusions: Sensory perceptive and discriminative abilities of OD patients were not significantly different from those of the healthy subjects in this study sample.
It is not rare for dentists to come across patients who complain of several uncomfortable feelings of occlusion despite the absence of any observable occlusal anomaly or discrepancy. These kinds of symptoms are well defined by the term "occlusal dysesthesia" (OD). This study evaluated the occlusal perceptive and discriminative abilities in OD patients. The sensory perceptive and discriminative abilities were tested in 8 OD patients and 31 healthy subjects as controls. All of these subjects went through three types of tests: 1) thickness discrimination test by using occlusal registration foils, 2) thickness discrimination test by using bite block, and 3) mouth opening reproducibility test. The median of the foil thickness discrimination ability of the control group was 14 microm and that of the patient group was 8 microm. In the bite block thickness discrimination test, both groups showed less than +/- 1mm thickness discrimination ability on average and were able to reproduce pre-indicated mouth opening with less than 10% error. There was no significant difference in these study results between the two groups. Sensory perceptive and discriminative abilities of OD patients were not significantly different from those of the healthy subjects in this study sample.
It is not rare for dentists to come across patients who complain of several uncomfortable feelings of occlusion despite the absence of any observable occlusal anomaly or discrepancy. These kinds of symptoms are well defined by the term "occlusal dysesthesia" (OD). This study evaluated the occlusal perceptive and discriminative abilities in OD patients.PURPOSEIt is not rare for dentists to come across patients who complain of several uncomfortable feelings of occlusion despite the absence of any observable occlusal anomaly or discrepancy. These kinds of symptoms are well defined by the term "occlusal dysesthesia" (OD). This study evaluated the occlusal perceptive and discriminative abilities in OD patients.The sensory perceptive and discriminative abilities were tested in 8 OD patients and 31 healthy subjects as controls. All of these subjects went through three types of tests: 1) thickness discrimination test by using occlusal registration foils, 2) thickness discrimination test by using bite block, and 3) mouth opening reproducibility test.METHODSThe sensory perceptive and discriminative abilities were tested in 8 OD patients and 31 healthy subjects as controls. All of these subjects went through three types of tests: 1) thickness discrimination test by using occlusal registration foils, 2) thickness discrimination test by using bite block, and 3) mouth opening reproducibility test.The median of the foil thickness discrimination ability of the control group was 14 microm and that of the patient group was 8 microm. In the bite block thickness discrimination test, both groups showed less than +/- 1mm thickness discrimination ability on average and were able to reproduce pre-indicated mouth opening with less than 10% error. There was no significant difference in these study results between the two groups.RESULTSThe median of the foil thickness discrimination ability of the control group was 14 microm and that of the patient group was 8 microm. In the bite block thickness discrimination test, both groups showed less than +/- 1mm thickness discrimination ability on average and were able to reproduce pre-indicated mouth opening with less than 10% error. There was no significant difference in these study results between the two groups.Sensory perceptive and discriminative abilities of OD patients were not significantly different from those of the healthy subjects in this study sample.CONCLUSIONSSensory perceptive and discriminative abilities of OD patients were not significantly different from those of the healthy subjects in this study sample.
Author Kino, Koji
Baba, Kazuyoshi
Ohyama, Takashi
Aridome, Kumiko
Haketa, Tadasu
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References 16) Morimoto T, Ozaki M, Yoshimura Y et al. Effect of the interpolated vibratory stimulation on the interdental dimention discrimination in normal and joint defect subjects. J Dent Res 58: 560-567, 1979.
2) Ramfjord SP, Ash M. Occlusion, 1st ed. 274, Philadelphia: WB Saunders, 1966.
4) Marbach JJ. Phantom bite. Am J Orthod 70: 190-199, 1976.
6) Harris M. Psychogenic facial pain. Int J Oral Surg 10 (Suppl 1): 183-186, 1981.
8) Alan H, Brodine DMD, Mary A et al. Recognition and management of somatoform disorders. J Prosthet Dent 91: 268-273, 2004.
12) Caffesse RG, Carraro JJ, Albano EA. Influences of temporomandibular joint receptors on tactile occlusal perception. J Periodont Res 8: 400-403, 1973.
20) Clark GT, Jacobson R, Beemsterboer PL. Interdental thickness discrimination in myofascial pain dysfunc tion subjects. J Oral Rehabil 11: 381-386, 1984.
9) Jacobs R, van Steenberghe D. Role of periodontal ligament receptors in the tactile function of teeth: a review. J Periodont Res 29: 153-167, 1994.
14) Hellsing G. Distortion of mandibular kinesthesia induced by vibration of human jaw muscles. Scand J Dent Res 86: 486-494, 1978.
3) Posselt U. Physiology of occlusion and rehabilitation, 1 st ed. 173-175, Philadelphia: FA Davis, 1962.
5) Marbach JJ, Varoscak JR, Blank RT et al. Phantom bite: classification and treatment. J Prosthet Dent 49: 556-559, 1983.
13) Morimoto T, Kawamura Y. Conditioning-effect of vibratory stimulation on dimension discrimination of objects held between human tooth arches. Arch Oral Biol 21: 219-220, 1976.
11) Broekhuijsen ML, van Willigen JD. Factors influencing jaw position sense in man. Archs Oral Biol 28: 387-391, 1983.
1) Boyens PJ. Value of autosuggestions in the therapy of bruxism and other biting habits. J Am Dent Assoc 7: 1773-1777, 1940.
19) Morimoto T, Christensen J. The effect of maximal mouth opening on dimension discrimination. J Oral Rehabil 7: 353-360, 1980.
18) Siirilae HS, Laine P. Occlusal tactile threshold in denture wearers. Acta Odontol Scand 27: 193-197, 1969.
17) Siirilae HS, Laine P. The tactile sensibility of the parodontium to slight axial loadings of the teeth. Acta Odontol Scand 21: 415-429, 1963.
15) Lundqvist S, Haraldson T. Occlusal perception of thickness in patients with bridges on osseointegrated oral implants. Scand J Dent Res 92: 88-92, 1984.
10) 内田光春. 口腔厚み感覚に関与する受容器に関する研究. 口病誌66: 1-7, 1999.
21) Baba K, Tsukiyama Y, Clark GT. Reliability validity, and utility of various occlusal measurement methods and techniques. J Prosthet Dent 83: 83-89, 2000.
7) Clark G, Simmons M. Occlusal dysesthesia and temporomandibular disorders: is there a link? Alpha Omegan 96: 33-39, 2003.
23) Greene PA, Gelb M. Proprioception dysfunction vs. phantom bite: diagnostic considerations reported. TM Diary 2: 16-17, 1994.
22) 木野孔司. 臨床でちょっと迷うこと, 困ること: こんな場合は, どうしてますか?咬合の違和感を訴える場合. 歯科評論731: 77-81, 2003.
References_xml – reference: 1) Boyens PJ. Value of autosuggestions in the therapy of bruxism and other biting habits. J Am Dent Assoc 7: 1773-1777, 1940.
– reference: 10) 内田光春. 口腔厚み感覚に関与する受容器に関する研究. 口病誌66: 1-7, 1999.
– reference: 18) Siirilae HS, Laine P. Occlusal tactile threshold in denture wearers. Acta Odontol Scand 27: 193-197, 1969.
– reference: 3) Posselt U. Physiology of occlusion and rehabilitation, 1 st ed. 173-175, Philadelphia: FA Davis, 1962.
– reference: 15) Lundqvist S, Haraldson T. Occlusal perception of thickness in patients with bridges on osseointegrated oral implants. Scand J Dent Res 92: 88-92, 1984.
– reference: 4) Marbach JJ. Phantom bite. Am J Orthod 70: 190-199, 1976.
– reference: 21) Baba K, Tsukiyama Y, Clark GT. Reliability validity, and utility of various occlusal measurement methods and techniques. J Prosthet Dent 83: 83-89, 2000.
– reference: 2) Ramfjord SP, Ash M. Occlusion, 1st ed. 274, Philadelphia: WB Saunders, 1966.
– reference: 20) Clark GT, Jacobson R, Beemsterboer PL. Interdental thickness discrimination in myofascial pain dysfunc tion subjects. J Oral Rehabil 11: 381-386, 1984.
– reference: 22) 木野孔司. 臨床でちょっと迷うこと, 困ること: こんな場合は, どうしてますか?咬合の違和感を訴える場合. 歯科評論731: 77-81, 2003.
– reference: 5) Marbach JJ, Varoscak JR, Blank RT et al. Phantom bite: classification and treatment. J Prosthet Dent 49: 556-559, 1983.
– reference: 16) Morimoto T, Ozaki M, Yoshimura Y et al. Effect of the interpolated vibratory stimulation on the interdental dimention discrimination in normal and joint defect subjects. J Dent Res 58: 560-567, 1979.
– reference: 6) Harris M. Psychogenic facial pain. Int J Oral Surg 10 (Suppl 1): 183-186, 1981.
– reference: 14) Hellsing G. Distortion of mandibular kinesthesia induced by vibration of human jaw muscles. Scand J Dent Res 86: 486-494, 1978.
– reference: 7) Clark G, Simmons M. Occlusal dysesthesia and temporomandibular disorders: is there a link? Alpha Omegan 96: 33-39, 2003.
– reference: 11) Broekhuijsen ML, van Willigen JD. Factors influencing jaw position sense in man. Archs Oral Biol 28: 387-391, 1983.
– reference: 13) Morimoto T, Kawamura Y. Conditioning-effect of vibratory stimulation on dimension discrimination of objects held between human tooth arches. Arch Oral Biol 21: 219-220, 1976.
– reference: 23) Greene PA, Gelb M. Proprioception dysfunction vs. phantom bite: diagnostic considerations reported. TM Diary 2: 16-17, 1994.
– reference: 8) Alan H, Brodine DMD, Mary A et al. Recognition and management of somatoform disorders. J Prosthet Dent 91: 268-273, 2004.
– reference: 19) Morimoto T, Christensen J. The effect of maximal mouth opening on dimension discrimination. J Oral Rehabil 7: 353-360, 1980.
– reference: 17) Siirilae HS, Laine P. The tactile sensibility of the parodontium to slight axial loadings of the teeth. Acta Odontol Scand 21: 415-429, 1963.
– reference: 9) Jacobs R, van Steenberghe D. Role of periodontal ligament receptors in the tactile function of teeth: a review. J Periodont Res 29: 153-167, 1994.
– reference: 12) Caffesse RG, Carraro JJ, Albano EA. Influences of temporomandibular joint receptors on tactile occlusal perception. J Periodont Res 8: 400-403, 1973.
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SubjectTerms Adult
Dental Occlusion
Discrimination (Psychology)
discriminative abilities
Female
Humans
Male
Middle Aged
occlusal dysesthesia
Paresthesia - physiopathology
sensory perceptive
somatoform disorder
Somatoform Disorders - physiopathology
Title Sensory Perceptive and Discriminative Abilities of Patients with Occlusal Dysesthesia
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